2010•Unpublished venueRequires access

Semiautomatic transformation system with logic level of Process Blueprint and supported environment design

Guangqiang Han, Liu Jianbin

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Abstract

Auto Design Software has been a hot issue in the software field. In this paper, we propose one automatic transformation method connecting with strict language and semantic function based on the theory of Model-Driven Procedure Blueprint Programming. Through building the formal semantic template of node types and node content descriptions, it makes a good translation from the logic tier of Chinese description to the implementation layer of Programming language. The experiment proved this method effectively enhances the automaticity of the Model-Driven technology.

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What this paper is about

Auto Design Software has been a hot issue in the software field. In this paper, we propose one automatic transformation method connecting with strict language and semantic function based on the theory of Model-Driven Procedure Blueprint Programming. Through building the formal semantic template of node types and node content descriptions, it makes a good translation from the logic tier of Chinese description to the implementation layer of Programming language. The experiment proved this method effectively enhances the automaticity of the Model-Driven technology.

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Available abstract

Auto Design Software has been a hot issue in the software field. In this paper, we propose one automatic transformation method connecting with strict language and semantic function based on the theory of Model-Driven Procedure Blueprint Programming. Through building the formal semantic template of node types and node content descriptions, it makes a good translation from the logic tier of Chinese description to the implementation layer of Programming language. The experiment proved this method effectively enhances the automaticity of the Model-Driven technology.

Key concepts: Computer science, Blueprint, Programming language, Node (physics), Transformation (genetics), Process (computing), Logic programming, Field (mathematics)

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